stop start SKODA OCTAVIA 2016 3.G / (5E) Owner's Guide

OperationFig. 255
Display in the instrument cluster: Examples of ACC displays
Fig. 256
Instrument cluster display: Examples of ACC status displays
Read and observe
on page 214 first.
The ACC allows a speed of 30 - 160 km/h to be set or a distance to the preced-
ing vehicle to be very short of very long to be set.
The ACC adjusts the set speed with respect to the detected vehicle ahead,
thus maintaining the selected proximity.
The ACC can detect a vehicle that is up to approx. 120 m ahead using the radar sensor.
ACC displays » Fig. 255
Vehicle detected (control active)
Line showing the displacement of the distance when setting » page 217,
Set the clearance level
12Set distance to the vehicle ahead
Vehicle detected (control deactivated)
ACC status displays » Fig. 256
Regulation is inactive (in the colour display the digits of speed limits is
shown in grey).
Regulation active - no vehicle detected (in the colour display the digits of
the speed limits are highlighted).
Control deactivated - no speed stored.
Regulation active - vehicle detected (in the colour display the digits of the
speed limits are highlighted).
Note to reduce speed
If the delay of the ACC is insufficient in relation to the vehicle in front, the
warning light  lights up in the instrument cluster and the display shows a
message to engage the brake pedal.
Note
Some ACC notifications in the display of the instrument cluster may be hidden
by notifications for other functions. An ACC notification automatically appears
for a brief moment when there is a change in status of the ACC.
Automatic stopping and starting
Read and observe
on page 214 first.
Vehicles with an automatic transmission can decelerate to a standstill and
start moving again using the ACC.
Decelerate to a standstill
If a vehicle ahead decelerates to a standstill, the ACC will also decelerate your
vehicle to a standstill.
Starting to drive again after a holding period
As soon as the vehicle ahead starts moving again after a holding period, your
vehicle will also move and the speed will continue to be regulated. Control is
automatically disconnected in case of longer holding periods.
34215Assist systems

Operation overviewFig. 257
Operating lever
Read and observe
on page 214 first.
Overview of ACC functions operated with the lever » Fig. 2571Activate ACC (control deactivated)2Start control (resume) / increase speed by 1 km/h at a time
(sprung position)3Interrupt control (sprung position)4Deactivate ACC5 Increase speed by 10 km/h at a time6 Decrease speed by 10 km/h at a timeA  Set proximity levelBStart control / reduce speed in increments of 1 km/h
If the lever is set from the position
 directly into the sprung position

the current speed is stored and the control process is started.
Start control
Read and observe
on page 214 first.
Basic requirements for start of control ACC is enabled.
On vehicles with manual transmission , the second gear or a higher gear is
selected and the current speed is greater than 25 km/h.
On vehicles with automatic transmission the selector lever is in the posi-
tion D / S or in the Tiptronic position and the current speed is higher than
2 km / h.
Start control
›
Press 
» Fig. 257 on page 216 .
›
orset the lever into the sprung position

» Fig. 257 on page 216 .
The ACC takes the current driving speed and performs the control, the warning
light  illuminates in the instrument cluster.
If the control is started by moving the lever to the position  and should
the speed be stored already, the ACC adopts this speed and carries out the
control.
Note
If control is started at a speed of less than 30 km/h on vehicles with an auto-
matic transmission, the speed of 30 km/h is stored. The speed increases auto-
matically to 30 km/h or is regulated with respect to the speed of the vehicle
ahead.
Stop/resume control
Read and observe
on page 214 first.
Stop control
›
Set the lever into the sprung position 
» Fig. 257 on page 216 .
›
or: apply the brake.
Control stops, the speed remains stored.
Resume control
›
Start control » page 216, Start control . 
216Driving

NoteControl is also stopped when the clutch pedal is held down for longer than 30
s or the TCS is deactivated.
Set/change desired speed
Read and observe
on page 214 first.
The desired speed can be set or changed using the control lever » Fig. 257 on
page 216 .
Setting/changing the speed by increments of 10 km/h at a time ( ) - re-
quirements
ACC is enabled.
Increasing/reducing the speed by increments of 1 km/h at a time ( /
 -
requirements
ACC is enabled.
Vehicle control takes place.
Changing the speed by adopting the current speed ( ) - requirements
ACC is enabled.
The vehicle is moving at a speed other than that which is stored.
Note
■
If during control the speed is increased by pressing the accelerator, control is
temporarily stopped. Upon releasing the accelerator, control is automatically
resumed.■
If during control the speed is reduced by applying the brake, control is stop-
ped. Control needs to be restarted in order to resume » page 216.
■
If the vehicle is controlled by a lower speed than the stored speed, then 
the current speed is stored by pressing the button again 
and the speed is
reduced in increments of 1 km/h.
Set the clearance level
Read and observe
on page 214 first.
The proximity to the vehicle ahead can be set with the lever » Fig. 257 on
page 216 or in Infotainment » page 214, Settings in Infotainment .
Setting by means of the lever›Set the switch  Set in the spring-tensioned position  or  » Fig. 257 on
page 216 .
The display of the instrument cluster shows line 2
» Fig. 255 on page 215 ,
which indicates the proximity.
›
Using the switch 
on the lever, adjust the line
2
to the desired dis-
tance.
Note
■ If the proximity is changed in infotainment, the change will only come into
effect after a subsequent activation of the ACC.■
The higher the speed, the greater the proximity to the vehicle ahead.
Special driving conditions
Fig. 258
Cornering / narrow vehicles or vehicles travelling side by side 
217Assist systems

Fig. 259
Lane changes of other vehicles / stationary vehicles
Read and observe
on page 214 first.
The following (and similar) situations require special attention and possibly the
intervention of the driver (braking, accelerating etc.).
When cornering
When driving into or driving out of long corners, it could be that a vehicle is
travelling in the adjacent lane and is scanned by the radar » Fig. 258 -
 . The
host vehicle is then controlled according to this vehicle.
Narrow vehicles or vehicles travelling side by side
A narrow or offset vehicle driving can only be recognized by the ACC if this is
located in the scanning range of the radar » Fig. 258 -
 .
Other vehicles changing lanes
Vehicles that change onto the lane with a small distance » Fig. 259 -
 may not
be detected by ACC in good time.
Stationary vehicles
The ACC does not detect stationary objects! When a vehicle detected by the
ACC turns or sheers off and there is a stationary vehicle in front of this vehi-
cle, » Fig. 259 -
 the ACC does not respond to the stationary vehicle.
Vehicles with special load or special body parts
Other vehicles with a load or with body parts protruding from the sides, back
or top of the vehicle contour may not be detected by the ACC.
Overtaking and towing
Read and observe
on page 214 first.
When overtaking
When your vehicle is being controlled at a speed that is lower than the set
speed and the turn signal is operated, ACC assesses this situation as meaning
that the driver wishes to overtake. The ACC automatically accelerates the vehi-
cle, thereby reducing the proximity to a vehicle ahead.
If your vehicle changes to the overtaking lane and no vehicle is detected
ahead, ACC accelerates until the set speed is reached and then keeps it con-
stant.
Acceleration can be cancelled at any time by touch on the brake pedal or
pressing the button  on the lever
» Fig. 257 on page 216 .
Towing a trailer
When towing, or if another accessory is connected to the trailer socket, ACC
control is set with a lower rate. The manner of driving should therefore be
adapted to this limitation.
Malfunctions
Read and observe
on page 214 first.
If, for some unknown reason, ACC is not available, the warning light  appears
in the display of the instrument cluster and an appropriate message is shown.
Sensor covered / dirty
If the sensor is dirty or covered, a message indicating that there is no sensor
view appears. Clean the sensor cover or remove the obstacles » Fig. 240 on
page 199 .
ACC not available
If the ACC is currently unavailable, a message concerning the unavailability ap-
pears. Stop the vehicle, switch off the engine and then start it again. If ACC
continues to be unavailable, seek the assistance of a specialist garage.
ACC fault
With an ACC fault, an error message appears. Seek help from a specialist ga-
rage.
218Driving

MalfunctionsRead and observe
and on page 219 first.
If, for some unknown reason, the system is not available, an appropriate mes-
sage appears in the display of the instrument cluster.
Sensor covered / dirty
If the sensor is dirty or covered, a message indicating that there is no sensor
view appears. Clean the sensor cover or remove the obstacles » Fig. 240 on
page 199 .
System unavailable
If the system is currently unavailable, a message concerning the unavailability
appears. Stop the vehicle, switch off the engine and then start it again. If the
system still is not available, seek the assistance of a specialist garage.
Select the driving mode (Driving Mode Selection)
 Introduction
This chapter contains information on the following subjects:
Adaptive Chassis Control (DCC)
221
Mode
Eco221
Mode
Comfort222
Mode
normal222
Mode
Sports222
mode
individual222
Mode
Offroad222
Mode selection and infotainment display
223
Individual mode
settings223
By selecting the driving mode, the driving behaviour can be adapted to the de-
sired mode of operation.
The following modes
Eco
.
Comfort
.
Normal
.
Sports
.
Individual
and
Offroad
are availa-
ble.
The
Comfort
is only on vehicles with adaptive chassis control (DCC) and the
mode
Offroad
available only on vehicles Octavia Scout.
WARNINGThe general information relating to the use of assistance systems must be
observed » page 199, in section Introduction .
Adaptive Chassis Control (DCC)
Read and observe
on page 221 first.
The adaptive chassis control (following known as DCC) provides the ability to
adjust the shock characteristics for the sporty, normal or comfortable driving
when the corresponding control mode is selected.
The DCC evaluates steering response and road conditions while driving contin-
uously and adjusts the suspension behaviour within the selected driving mode
accordingly.
Mode
Eco
Read and observe on page 221 first.
This mode is suitable for a relaxed style of driving and helps to save fuel.
Selecting this mode primarily affects the function of the following systems.
Drive
Vehicle acceleration is more relaxed than in
Normal
mode.
The recommended gear is controlled such to achieve the lowest possible fuel
consumption » page 42.
If the START-STOP system is deactivated manually » page 191, this will be auto-
matically activated.
The automatic gearbox is set automatically to mode E » page 195 .
Adaptive Cruise Control (ACC)
Acceleration occurs more relaxed than in
Normal
» page 214 mode with distance
control.
Xenon headlight
The system is in economic mode » page 66. The headlamps are in basic setting
and do not adapt to the direction of travel. 
221Assist systems

The system can display the following (vertical) traffic signs where identified.▶ Speed limit.
▶ Overtaking prohibited.
Additional signs, such as 'when wet' or signs which only apply for a limited
time can also be displayed.
The system displays only traffic signs that are in the “viewing area” of the sen-
sor » Fig. 267 .
Data from the sensor is supplemented by information from the Infotainment
Navigation. This is the reason why traffic signs with maximum speeds can also
be shown on sections of roads which do not have any traffic signs.
Mode when towing a trailer
For vehicles with a factory-fitted towing device the display for the trailer oper-
ation applicable road signs can be enabled or disabled in the Infotainment dis-
play » page 227 , Settings in Infotainment .
Additional display
Read and observe
on page 227 first.
If the menu item Road sign is currently not shown » Fig. 268 on page 227 -
 ,
the road sign with the speed limit will appear in the upper display area of the
instrument cluster » Fig. 268 on page 227 -
 ,
 .
If several traffic signs are detected simultaneously, in some cases the next
traffic sign will also be displayed in the colour display - » Fig. 268 on page 227 -
 .
All detected traffic signs can be displayed via the multifunction display in the
menu item Traffic Sign Recognition » Fig. 268 on page 227 -
 .
The additional display can be activated / deactivated in Infotain-
ment » page 227 .
Malfunctions and information messages
Read and observe
on page 227 first.
If, for some unknown reason, the system is not available, an appropriate mes-
sage appears in the display of the instrument cluster.
Sensor covered / dirty
If the screen in the sensor area is dirty, iced or misted, a caution to clean the
screen appears. Clean the windscreen or remove the obstacles from the sen-
sor area.
System fault
In the case of a system fault, an error message appears. Seek help from a spe-
cialist garage.
System limitation (Navigation data not available)
If the Infotainment Navigation submits no data, a message regarding the limi- tation of the system function appears. Check whether the map documents are
up to date or whether the vehicle is currently in a location for which no naviga-
tion data are available.
Traffic signs unavailable
No speed restriction is detected, a message is displayed regarding the unavail-
ability of road signs.
Fatigue detection
The fatigue detection system (hereinafter referred to as system) recommends
the driver takes a break from driving when driver fatigue can be detected due
to the driver's steering behaviour.
From the starting of the journey, the system evaluates the steering behaviour
at speeds 65-200 km/h. If, while driving, there have been changes in the steer-
ing behaviours that are evaluated by the system as indicating possible fatigue,
a break recommendation is issued.
Conditions under which a break from driving is detected by the system ▶ The vehicle is stopped and the ignition is turned off.
▶ The vehicle is stopped, the seat belt is taken off and the driver's door is
opened.
▶ The vehicle is stopped for more than 15 minutes.
If none of these conditions are met or if the driving style is not changed, the
system recommends a driving break again after 15 minutes.
The system can be activated/deactivated in the Infotainment menu 

→

→
Driver assistance
.
Pause recommendation
The icon appears and the following message for a few seconds in the display
of the instrument cluster  and a message about the detected fatigue. An au-
dible signal is also emitted. 
228Driving

Specification - The brake fluid must comply with the standard VW 501 14 (this
standard meets the requirements of FMVSS 116 DOT4).WARNING■ The following instructions must be followed at all times when working on
the engine compartment » page 252.■
If the fluid level drops significantly within a short time or if it drops below
the “MIN” » Fig. 295mark, this may be an indication of a leak in the brake
system. 
Stop driving - There is a risk of an accident! Seek help from a
specialist garage.
Note
■ The brake fluid is changed as part of a compulsory inspection service.■A low brake fluid level which is too low is indicated by the warning light
 being shown on the display of the instrument cluster as well as the corre-
sponding message » page 33. We still recommend inspecting the brake fluid
level in the reservoir from time to time.
Vehicle battery
 Introduction
This chapter contains information on the following subjects:
Check condition
259
Charging
259
Disconnect/reconnect and change
260
The vehicle battery represents a power source for the motor to start and for the supply of electrical consumers in the car.
Automatic consumer shutdown - Discharge protection of the vehicle battery
The on-board power supply system tries to prevent the vehicle battery from
discharging in the following ways when it is subject to heavy loading. ▶ By increasing the engine idle speed.
▶ Through the power limitation of certain loads.
▶ By switching off some loads(heated seats, heated rear window) for as long
as necessary.
Warning symbols on the vehicle batterySymbolMeaningAlways wear eye protection!Battery acid is severely caustic. Always wear gloves and eye pro-
tection!Keep fire, sparks, open flames and lit cigarettes well clear of the
vehicle battery!When charging the vehicle battery, a highly explosive gas mixture
is produced!Keep children away from the vehicle battery!WARNINGBattery acid is highly corrosive - it can cause injury, chemical burns or poi-
soning! Corrosive vapours in the air irritate and damage the respiratory
tract and the eyes. The following guidelines must be observed.■
Always wear protective gloves, eye and skin protection when handling
the vehicle battery.
■
If your eyes or skin come into contact with the electrolytic fluid, immedi-
ately wash the affected area for a few minutes long with a lot of water. Get
medical assistance without delay.
■
Keep the vehicle battery away from people who are not completely inde-
pendent (e.g. children).
■
Do not tilt the battery otherwise battery electrolyte may flow out of the
battery vent openings.
WARNINGWorking on the car battery may cause explosion, fire, injury or chemical
burn! The following guidelines must be observed.■
Do not smoke, use open flames or light or transmitting devices.
■
A discharged vehicle battery may freeze slightly. Never charge up a fro-
zen or thawed vehicle battery. Replace a frozen vehicle battery.
■
Never use a damaged vehicle battery.
■
Do not connect the battery terminals, bridging the two poles will cause a
short circuit. 
258General Maintenance

CAUTIONEnsure that battery acid does not come into contact with the bodywork –
There is a risk of damage to the vehicle.
Note
■ We recommend having all work on the vehicle battery carried out by a spe-
cialist garage.■
You should replace batteries older than 5 years.
Check condition
Fig. 296
Vehicle battery: Open the cover / acid level indicator
Read and observe
and on page 258 first.
The battery condition is checked regularly by a specialist garage as part of the
inspection service.
Check the acid level
For car batteries with acid level indicator, acidity can be checked on the basis
of a colour display. In vehicle batteries with the label “AGM” there is no acid
level examination.
Depending on the equipment, the vehicle battery may be provided with a cov-
er, this can be opened in the direction of arrow » Fig. 296 -
 .
Air bubbles can influence the colour of the indicator. For this reason carefully
tap on the indicator before carrying out the check » Fig. 296 -
 .
Black colour – electrolyte level is correct.
Colourless or light yellow colour – electrolyte level too low, the battery must be replaced.
Battery discharge
If frequent short journeys are made, the vehicle battery does not recharge suf- ficiently.
The battery capacity decreases at low temperatures.
If the vehicle is not used for longer than 3 to 4 weeks, then disconnect the
negative terminal 
of the battery or charge the battery constantly with a very
low charging current.
Charging
Read and observe
and on page 258 first.
Only charge the battery when the ignition and all consumers are switched off.
Refer to the instructions of the charger manufacturer.
Charging
›
For vehicles with the START-STOP system or auxiliary heater
, connect the
-terminal of the charger on the battery’s -pole,
 the -terminal of the
charger to the ground point of the engine » page 272.
›
For vehicles without the START-STOPsystem or auxiliary heating, connect
the charger terminals to the corresponding battery poles (  to
,
 to
).
›
Plug the mains cable of the charger into the power socket and switch on the
device.
›
After charging has been successful: Switch off the charger and remove the
mains cable from the power socket.
›
Disconnect the terminals of the charger from the vehicle battery.
A charging current of 0.1 multiple of the total vehicle battery capacity (or low-
er) must be used until full charging is achieved.
WARNING■ When charging the vehicle battery, hydrogen is released - risk of explo-
sion. An explosion can be caused through sparking while unclamping or
loosening the cable plug.■
So-called “quick-charging” of the vehicle battery is dangerous and re-
quires a special charger and specialist knowledge. Therefore, have“Quick
loading” carried out by a specialist garage.
259Inspecting and replenishing

Loosening/tightening wheel boltsFig. 306
Loosening the wheel bolts
›
Insert the wheel wrench onto the wheel bolt to the stop. Use the associated
attachment for the anti-theft wheel bolts » Fig. 305 on page 268 .
›
To loosen the screws ,grasp the key end and turn the screw about one turn
rotation in the direction of the arrow » Fig. 306.
›
Totighten the screws grasp the key end and turn the screw about against
the direction of the arrow » Fig. 306until it is tight.
WARNINGIf it proves difficult to undo the bolts, carefully apply pressure to the end of
the wrench with your foot. Keep hold of the vehicle when doing so, and
make sure you keep your footing - There is a risk of injury.
Raising the vehicle
Fig. 307
Runner connectors for the jack: Variant 1 / Variant 2
Fig. 308
Positioning the jack
Before the vehicle is raised, please take note of the safety instructions »
.
The jack from the vehicle tool kit must be used in order to raise the vehicle.
Position the car jack at the jacking point closest to the flat tyre.
The runner connectors are located on the lower sill variant 1
A
or. Variant 2
B
» Fig. 307 .
›
Insert the crank
7
into the mount on the jack
6
» page 266 .
›
Position the base plate of the jack with its full area resting on level ground
and ensure that the jack will fit in the jacking point when raised » Fig. 308 -
 .
›
Use the crank to raise the jack until its pawl covers the jacking
point » Fig. 308 -
 .
›
Raise the vehicle until the wheel is a little off the floor.
WARNINGThe following instructions must be observed, otherwise there is a risk of in-
jury.■
Ensure the vehicle cannot unexpectedly roll away.
■
Always ensure the base plate of the lifting jack cannot slip.
■ Place a wide and stable base material under the jack if on a loose surfa-
ces (e.g. gravel).
■ Place an anti-slip base material (e.g. a rubber mat) under the jack if on a
smooth surface (e.g. cobblestones).
■
Always raise the vehicle with the doors closed.
■
Never position any body parts (e.g. arms or legs) under the vehicle while
the vehicle is raised.
■
When the vehicle is raised, never start the engine. 
269Emergency equipment, and self-help

Preparing to use the breakdown kitRead and observe
on page 270 first.
For safety's sake, the following instructions must be observed before
undertaking a wheel repair on a road.
›
Park the vehicle as far as possible away from the traffic flow - choose a place
with a flat and firm surface.
›
Switch off the engine.
›
For vehicles with manual transmission select 1. gear.
›
For vehicles with automatic transmission , place the selector lever in the P
position.
›
Firmly apply the handbrake.
›
Switch on the hazard warning lights and set up the warning triangle at the
prescribed distance.
›
Have all the occupants get out . While the repair is being carried out, the pas-
sengers should not stand on the road (instead they should remain behind a
crash barrier, for instance).
›
Uncouple any trailers.
Sealing and inflating tyres
Read and observe
on page 270 first.
Sealing
›
Unscrew the valve cap from the damaged tyre.
›
Insert the valve remover
2
» Fig. 309 on page 270 on the valve insert, so that
the valve insert fits into the slot of the valve remover.
›
Unscrew the valve insert and place it on a clean base (rag, paper etc.).
›
Forcefully shake bottle
10
several times.
›
Firmly screw the inflation hose
3
onto the tyre inflater bottle
10
. The film on
the bottle cap is pierced.
›
Remove the plug from the inflation hose
3
and insert the bottle onto the
tyre valve.
›
Hold the bottle
10
with the bottom facing upwards and fill all of the sealing
agent from the tyre inflator bottle into the tyre.
›
Remove the filler plug from the tyre valve.
›
Screw in the valve insert with the valve remover
2
.
Inflating
›
Screw the tyre inflation hose
7
» Fig. 309 on page 270 firmly onto the tyre
valve.
› For vehicles with
manual transmission , set the lever in the neutral position.›On vehicles with automatic transmission , place the selector lever in the P
position.›
Start the engine.
›
Plug the connector
6
into 12 volt socket » page 90.
›
Switch on the air compressor with the ON and OFF switch
9
.
›
Once tyre inflation pressure of 2.0-2.5 bar has been reached, turn off the air
compressor. Maximum run time of 6 minutes » .
›
If you cannot reach an air pressure of 2.0 - 2.5 bar, unscrew the tyre inflation
hose
7
from the tyre valve.
›
Drive the vehicle 10 metres forwards or backwards to allow the sealing agent
to “distribute” in the tyre.
›
Firmly screw the tyre inflation hose
7
back onto the tyre valve and repeat
the inflation process.
›
Stick the corresponding sticker
1
on the dashboard in the driver's field of
view.
At a tyre inflation pressure of 2.0–2.5 bar, the journey can be continued at a
maximum speed of 80 km/h or 50 mph.
WARNING■ If the tire does not inflate at least. 2.0 bar, the damage is too great. The
sealing agent cannot be used to seal the tyre.  Do not drive the vehicle.
Seek help from a specialist garage.■
The tyre inflation hose and air compressor may get hot as the tyre is be-
ing inflated – risk of burning.
CAUTION
Switch off the air compressor if it has been running for as much as 6 minutes –
risk of damage to the compressor! Allow the air compressor to cool a few mi-
nutes before switching it on again.
Information on driving with repaired tyres
Read and observe
on page 270 first.
The inflation pressure of the repaired tyre must be checked after driving for 10minutes.
If the tyre inflation pressure is 1.3 bar or less
›
You cannot properly seal the tyre using the breakdown kit. 
Stop driving!
Seek help from a specialist garage. 
271Emergency equipment, and self-help